PRODUCTS
Integrated Monitoring and Control of the Gate Slot
The integrated measurement and control (IMC) sluice gate is a highly integrated automatic gate control system specifically designed for open channel irrigation control. It integrates flow measurement, gate control, solar power supply, and wireless communication functions. Under free-flow or submerged-flow conditions, the flow rate can be accurately calculated based on the upstream and downstream water levels and gate opening. It can be used independently or in conjunction with other gates in the channel to optimize the flow rate in the upstream and downstream channels. The IMC sluice gate can be managed locally or remotely via a network platform. Users can select the gate control mode (gate opening, flow rate, water level) and set the control value. The gate control system automatically adjusts the gate opening to achieve remote automatic control of the gate. The IMC sluice gate is one of the components of the canal control system. It can be combined with other equipment in the canal control system to provide solutions to the challenges of precise water delivery and distribution in irrigation areas, such as water distribution efficiency, operational control, precise measurement, and improved user service levels.
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Retail Consultation：
+86 19501968318 (Ms. Gao)
+86 19501968318 (Ms. Gao)
Retail@dyjs.com (Ms. Gao)
Project Consultation：
+86 19501990021 (Mr. Fu)
+86 19501990021 (Mr. Fu)
international@dyjs.com (Mr. Fu)
- Advantages
- Specifications
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- Commodity name: Integrated Monitoring and Control of the Gate Slot
The integrated measurement and control (IMC) sluice gate is a highly integrated automatic gate control system specifically designed for open channel irrigation control. It integrates flow measurement, gate control, solar power supply, and wireless communication functions. Under free-flow or submerged-flow conditions, the flow rate can be accurately calculated based on the upstream and downstream water levels and gate opening. It can be used independently or in conjunction with other gates in the channel to optimize the flow rate in the upstream and downstream channels. The IMC sluice gate can be managed locally or remotely via a network platform. Users can select the gate control mode (gate opening, flow rate, water level) and set the control value. The gate control system automatically adjusts the gate opening to achieve remote automatic control of the gate. The IMC sluice gate is one of the components of the canal control system. It can be combined with other equipment in the canal control system to provide solutions to the challenges of precise water delivery and distribution in irrigation areas, such as water distribution efficiency, operational control, precise measurement, and improved user service levels.
Product Features
- Upstream/Downstream Water Level Measurement
- Realizes flow measurement and on-site/remote control of the gate
- Solar power supply or mains power charging
- Top weir design, conducive to water level control and flow measurement
- Operation and measurement are not affected by sediment or other factors
Applicable Scenarios
- Irrigation District Modernization Projects
- Remote areas, areas without AC power supply
- Environments with poor water quality and strong corrosiveness
- Environments with high requirements for channel water level and flow
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Specifications
General parameters
Maximum flow rate
It depends on the size and size of the gate
Data interface
Local color screen display
Control mode
It can be controlled remotely via local control or system platform
Drives
The video drive system provides precise control and a long lifespan
Electronic Equipment
The solar-driven power management and control technology is integrated into the local control base, and each unit passes 100% functional testing.
Motor
I2/24V DV
Gate opening
encoder
Tightness
Seals are less than 0.02 l/min per linear meter
Drive selection
I2/24 VDC power supply (solar); 220 volt AC power supply; Can be operated manually or manually with a car battery±5%
Flow metering
Number of sensors
2 or 4 (double redundancy)
Metering frequency
10 seconds/time
Calibration method
Factory-calibrated and in-house self-calibrated sensors
Material
Service life
40 years design life
Frame
Aluminum alloy that exceeds the grade of the marine industry
Interspersal plates
The composite panels are made of marine industrial grade
Axis
304, 316, 431 stainless steel
Seals
EPDM
Power supply
Power supply
The self-equipped 12-volt DC battery can be connected to solar panels or connected to AC for charging
Solar panel
I00 watt monocrystalline board
Battery
I2 volt colloidal lead-acid battery with temperature sensor (life up to 5 years, capacity up to 5 days)
Communication
Agreement
Communication protocol (Modbus), analog/digital output
Data Communications
DNPS, MDIC, Modbus
Environment
Operating temperature
-10°C to +60°C
Running humidity
0% to 100% condensate
water temperature
+1°C to +50°C
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